Data Set Overview: This data set has been generated by NASA's Galileo Project inorder to distribute the images acquired by the Solid StateImaging (SSI) camera to the scientists and later to the PlanetaryData System (PDS). This collection resides on volumes GO_0017 thruGO_0019. Included are all images of Jupiter, its satellites, starsand calibrations, acquired during the Jupiter Orbital Operations Phaseof the mission. This phase extended from June, 1996 thru December, 1997and included SCLKs from 346405900 thru 420900345. To enhance image data return over the available spacecraft-to-Earthtelecommunication channel during this phase of the mission, an IntegerCosine Tranform data compressor was added as well as windowing optionsand multiple exposure/single read-out mode (on-chip mosaic). On-Chip-Mosaics:--------------- On-chip mosaics (OCMs) are images acquired in a multiple exposure/singleread-out mode. A typical application is where four images of atarget-body are acquired by slewing the camera (and stepping the filterwheel) to image the target in each of the four corners of the CCD array.CCD read-out is suppressed until all four exposures are completed, thusresulting in a 2x2 mosaic. 3x3, 5x5, or nxm mosaics are possible, wheren and m are limited only by the pixel diameter of the target and pointingaccuracy of the scan platform. The OCM is referred to as the parent frame. When the OCM is separatedinto areas, the resulting UDRs are referred to as its children. Integer Cosine Transform Compression:------------------------------------ The Integer Cosine Tranform (ICT) is a 'lossy' compression algorithmwhich is similar to the standard JPEG DCT (discrete cosine transform)except that it requires only integer arithmetic to implement (TONG1995).Data loss occurs during the quantization step, where frequency termsare divided by corresponding elements of an 8x8 quantization matrix.The elements of the quantization matrix can be scaled (quantizationstep size) to achieve greater data compression with correspondinglygreater data loss. Considerable effort has been expended in designingquantization matrices with non-uniform weights to maximize datacompression while minimizing data loss. In the ICT compressed mode, two windowing options are available. Theimage may be edited so that only an image area (called a cut-out window)is compressed and transmitted to Earth. In addition, a 96x96 pixel areawithin the image (called a truth window) will be transmitted with onlylossless Huffman compression applied.  Parameters: The Galileo SSI camera acquires data in a digital raster-formatcontaining 800 scan lines and 800 samples per scan line. Each pictureelement (pixel) in the two dimensional image array is represented as an8-bit value between 0 and 255, proportional to the amount of lightdetected at that point (with 0 being the least amount of light and 255being the greatest amount of light). The camera is equipped with sevencolor filters and a clear filter such that images taken throughcomplementary filters can be combined during ground processing toproduce color images. To make full scientific use of the imagecollection, the radiometric and geometric properties of the camerasystem should be understood. The ancillary disc, GO_0001, will provide calibration files andtechnical documentation necessary for the understanding of the imagesproduced by the SSI camera. Presently, calibration files and softwareare available through the VICAR software system at MIPS and SPICE filesare available through the Galileo Project.  Processing: REDR Processing:--------------- The Raw Experiment Data Records (REDRs) were produced by theMultimission Image Processing Laboratory (MIPL) at the Jet PropulsionLaboratory using several Video Image Communications and Retrieval (VICAR)programs. The processing included the following steps: --The original telemetry data was processed into raster-formatted files(GLLTELEMPROC)--Multiple versions of each data file obtained from separate downlinks orplaybacks were merged together to create the best version of the data(SSIMERGE2)--The VICAR label was updated to reflect the most recent pointinginformation (CATLABEL)--Bad data value information was then added to the Telemetry Header(BADLABELS)--The PDS Index table and detached PDS label files were generated.(CDGEN)--The VICAR files and PDS files were premastered onto a WORM CD-ROMwhich was validated.--The WORM CD-ROM was sent to a vendor and CD-ROM's were generated.--A final CD-ROM was compared bit-by-bit with the original data toensure the quality of the vendor product. In the event that lines needed to be shifted due to CDS line dropouts orbottom partial records, the program GLLMVLN was run prior to the merging step. For on-chip mosaics, the processing steps were identical except that theprogram UNMOSAIC was used to extract each shutter event and output it as aseparate image of the same size as the input image. (UNMOSAIC) This step isrun just after the merging step. Multiple Playbacks/Different Compression:---------------------------------------- In the cases where an image is played back multiple times and compressionparameters vary for each playback, 'new' SCLKs are assigned with the SCLKincrementing by one minor frame each time. For example, if the image withSCLK 351000000 were played back three times with different compressionparameters, the resulting SCLKs would be:  351000000 for the first playback 351000001 for the second playback at different compression 351000002 for the third playback at another compression Images from the same SCLK with different compression parameters will notbe merged together.  Data: Each volume contains approximately 800 images stored as VICAR files.A detached PDS label has been included for each image. Documentationfiles have been provided which inform the user about the organizationand contents of the disc, and the definition of the labels. An indexfiles have also been provided which contain information about the imagesin the data set. The REDR data are generated by MIPS using procedures specificallydeveloped or adapted for Galileo. The files are generated on a VAX andare written in VAX compatible (LSByte first) format. REDR File Format:---------------- The Galileo REDR format was originally reserved for SSI calibration dataor data which should not be radiometrically corrected. The SSI Teamdecided that the REDR format will be used to archive all raw SSI data.   ------------------------------------------------------ | VICAR LABEL | | | ------------------------------------------------------ | BINARY HEADER | | (Telemetry Header Record & | | Bad-Data Value Header Records) | | | ------------------------------------------------------ | | | | | | | BINARY | IMAGE DATA | | PREFIX | (Pixels) | | (Line Header) | | | | | | | | | | | ------------------------------------------------------   Each REDR file will begin with a VICAR label, followed by the REDRtelemetry header, and a number of bad-data value headers followed by REDRline records. Each line record will contain 200 bytes of line headerinformation plus the pixel data (8 bits/pixel).  All records have a fixed 1000-byte length within each REDR file.All formats have 1000-byte records. Note: telemetry modes with fewerthan 800 lines and 800 samples occupy lines and samples of as definedin the table below (e.g., summation mode which is 400 lines and400 samples, will occupy the first 400 lines and 400 samples of the 800by 800 REDR). The table below lists the telemetry formats.   Telemetry Downlink # Lines X Comment Format Data Rate # Samples  HIS 115.2 Kbps 400 X 400 Last 6 pixels are fill HMA 115.2 Kbps 400 X 800 Last 12 pixels are fill Sample readout: 800x800; every 2nd line has data HCA 115.2 Kbps 200 X 800 Sample readout:800x800; every 4th line has data HIM 115.2 Kbps 800 X 800 Last 12 pixels are fill IM8 806.4 Kbps 800 X 800 AI8 806.4 Kbps 400 X 400 IM4 403.2 Kbps 800 X 800   For all REDRs, the telemetry header is split into two physicalrecords. The first 1000 bytes are placed in the first physical recordafter the VICAR label (the VICAR label may span more than one physicalrecord), and the last 800 bytes are placed in the next physical record.The last 200 bytes are zero-filled.  There will be a one-to-one correspondence between line records andimage lines (Excluding the header records, line record 'n' will containthe data for image line 'n').  See the SSI Raw Experiment Data Record (REDR) for Phase 2 SoftwareInterface Specification (WHITE1997) located in the DOCUMENT directoryfor a more detailed description of the REDR format. In addition, see theVICAR2.TXT and BADDATA.TXT files, also located in the DOCUMENT directory,and the RTLMTAB.FMT and RLINEPRX.FMT files in the LABEL directory.  Ancillary Data: All document files and detached label files contain a carriage returncharacter (ASCII 13) and a line feed character (ASCII 10) at the end ofeach record. This allows the files to be read by the MacOS, DOS, Unix,and VMS operating systems. Tabular files are also described by a detachedPDS label. The PDS label file has the same name as the data file itdescribes, with the extension .LBL; for example, the file IMGINDEX.TAB isaccompanied by the detached label file IMGINDEX.LBL in the same directory.The detached PDS labels for REDR images contain information pertaining tothe image. Tabular files are formatted so that they may be read directly into manydatabase management systems on various computers. All fields areseparated by commas, and character fields are enclosed in doublequotation marks. Character fields are left justified, and numericfields are right justified. The start byte and bytes values listedin the labels do not include the commas between fields or the quotationmarks surrounding character fields. The records are of fixed length,and the last two bytes of each record contain the ASCII carriage returnand line feed characters. This allows a table to be treated as a fixedlength record file on computers that support this file type and as anormal text file on other computers.  Software: The following CD-ROM copy, display and processing software has beensuccessfully tested using the Galileo SSI data: Copy Software: --DCL Exchange/network - for ascii files.--DCL COPY (VMS) - available with VMS--VICAR Copy (VMS and UNIX) - Available with VICAR package. Display Software: --NASAVIEW (PC, Apple Macintosh, UNIX) - Available from PDS.--VICAR XVD (VMS and UNIX) - Available with VICAR package--PIXEL PUSHER (Apple Macintosh) - Available from COSMIC.--NIH IMAGE (Apple Macintosh) - A public domain program availablefrom the National Institute of Health. Processing Software: --VICAR (VMS and UNIX) - Available through the Multimission ImageProcessing Lab at JPL--ISIS (VMS and UNIX) - Available through the USGS in Flagstaff  Media/Format: Each CD-ROM disc has been formatted such that a variety of computersystems may access the data. Specifically, the discs are formattedaccording to the ISO 9660 level 1 Interchange Standard, and fileattributes are specified by Extended Attribute Records (XARs).Formats are based on standards for archive EDR CD-ROM productsestablished by PDS.

Confidence Level Overview: The SSI REDRs contain raw data as received from Galileo telemetry.All of the images received were processed and are contained on thesevolumes Included in the 'limitations' section are explanations of theVICAR and PDS keywords and values, as well as a description of aproblem found with one frame in the data set. This data set containsall of the data acquired during the Gaspra and Earth 2 period, theprocessing has been verified, and is currently in use by science teammembers in their analysis.  Review: The SSI REDRs are reviewed prior to archiving by the SSI team. Datareceived is compared with data expected, and replays of missing datais requested. The status and validity information on the REDRsthemselves is examined. Format and documentation of the CD-ROM archivevolume is reviewed by PDS and is documented in the 'Solid State ImagingRaw Experiment Data Record CD-ROM Software Interface Specification'(MORTENSEN1997). The mastered and replicated CD-ROM volumes receivedfrom the vendor are compared bit-by-bit with the original data to ensurethe quality of the product.  Data Coverage and Quality: Sequences/Observations for pre-Orbit 1-------------------------------------- SCLK range: 346405900 - 349193900 (Optical Navigation-OPNAV)ERT range: 96/155:17:47:18.857 - 96/175:07:41:11.980 Summary:number of images w/ OCMs expected/received - 0/0number of OPNAVs expected/received - 33/31 Optical Navigation (OPNAV):J0GSOPNAV115thru 116J0GSOPNAV138 thru 139J0GSOPNAV147J0GSOPNAV150 thru 153J0GSOPNAV156J0GSOPNAV158 thru 162J0GSOPNAV164 thru 165J0GSOPNAV168 thru 169J0GSOPNAV172 thru 173J0GSOPNAV182J0GSOPNAV188 thru 189J0GSOPNAV194 thru 195J0GSOPNAV196 thru 200  Sequences/Observations for Orbit 1 (Ganymede 1)-----------------------------------------------(sequence name, footprint size, and objectives) SCLK ranges: 349542152 - 350029800 356000600 - 359198400 (OPNAV)ERT ranges: 96/183-07:38:25.928 - 96/231-13:43:20.690 96/223:02:39:43.300 - 96/237:10:55:15.282 (OPNAV) Summary:number of images w/ OCMs expected/received - 161/151number of OPNAVs expected/received - 32/11 Europa:G1ESGLOBAL01 (part 1) 2x2 Europa global, clearG1ESGLOBAL01 (part 2) 1x1 Europa north pole, colorG1ESEUTERM01 1x2 Europa terminator, clear Io:G1ISGLOMON02 2x2 4-color global coverage, OCMG1ISGLOMON04 2x2 4-color global coverage, OCMG1ISGLOMON05 2x2 4-color global coverage, OCMG1ISIOECLI02 1x2 Io eclipse observation, OCMG1ISPLLOKI01 1x3 3-Clr plume; Loki on limb, OCMG1ISPLATEN01 1x3 3-Clr plume; Aten on limb, OCM Ganymede:G1GSGLOBAL01 1x1 Geodetic control, redG1GSGLOBAL02 1x1 Color globalG1GSURUSUL01 2x2 Uruk Sulcus StereoG1GSGREGIO01 2x2 Galileo Regio Dark terrainG1GSMEMPHI01 1x8 Memphis FaculaG1GSSULCUS01 1x4 Unnamed sulcus; Very high res Jupiter:G1JSGRSEM101 3x2 emission 31 deg GRS, 2 clrG1JSGRSEM201 3x2 emission 27 deg GRS, 4 clrG1JSGRSEM301 3x2 emission 31 deg GRS, 4 clrG1JSGRSEM401 (part 1) 1x2 emission 76 deg GRS, 3 clrG1JSGRSEM401 (part 2) 2x2 emission 76 deg GRS, 2 clr Optical Navigation (OPNAV):G1GSOPNAV114 thru 115G1GSOPNAV143 thru 145G1GSOPNAV158 thru 159 Sequences/Observations for Orbit 2 (Ganymede 2)-----------------------------------------------(sequence name, footprint Size, and Objectives) SCLK ranges: 359251000 - 359322300 (OPNAV) 359402445 - 360361200ERT ranges: 96/245:22:26:14.566 - 96/246:10:31:10.512 (OPNAV) 96/255-14:03:53.827 - 96/301-02:37:09.523 Summary:number of images w/ OCMs expected/received - 213/168number of OPNAVs expected/received - 26/24 Ganymede:G2GSTRANST01 2x2 transitional terrainG2GSGLLREG01 1x1 Galileo Regio furrowsG2GSCRATER01 1x1 dark floor craterG2GSNIPPUR01 1x3 Nippur SulcusG2GSGRVLNS01 2x2 groove lanesG2GSGLLREG02 1x1 Galileo Regio stereo with G1G2GSPLMPST01 1x13 palimpsest on bright terrainG2GSURUKSL01 2x1 Uruk Sulcus stereo with G1G2GSLTDKBD01 1x16 crater @ light/dark boundary Callisto:G2CSVGRGAP01 2x1 Voyager gap fillG2CSPHOTOM01 1x1 low-phase photometry, 3 color Europa:G2ESPHOTOM01 1x1 low-phase photometry, 3 color Io:G2ISSRFMON01 1x1 surface monitoringG2ISSRFMON02 1x1 surface monitoring, 3 colorG2ISPLUMON01 thru 09 1x3 various longitudes, OCMG2ISPLUMON11 thru 32 1x2 various longitudes, OCMG2ISPLUMON10 1x1 1 longitude Small Satellites:G2SSAMALTH01 1x3 Target Longitude 28 OCM Jupiter:G2JSSL9LAT01 1x4 emission 64-90 deg; SL9 impact Calibration:G2NSHISCAL01 Calibration darks, 4 gains Optical Navigation (OPNAV):G2ESOPNAV216 thru 218G2GSOPNAV220G2CSOPNAV100 thru 101G2CSOPNAV107G2GSOPNAV114 thru 115G2GSOPNAV118 thru 119G2ESOPNAV122 thru 125G2GSOPNAV134G2CSOPNAV138 thru 139G2ISOPNAV142G2CSOPNAV144 thru 145G2CSOPNAV150 thru 151G2CSOPNAV156 thru 157G2CSOPNAV160 thru 161  Sequences/Observations for Orbit 3 (Callisto 3)-----------------------------------------------(sequence name, footprint Size, and Objectives) SCLK ranges: 368211900 - 368992339 372343200 - 374037400 (OPNAV)ERT ranges: 96/316-05:27:12.172 - 96/348-02:11:05.236 96/337:20:50:32.231 - 96/349:18:46:37.142 (OPNAV) Summary:number of images w/ OCMs expected/received - 245/180number of OPNAVs expected/received - 27/26 Callisto:C3CSHEMCLR01 1x1 5-color, Asgard hemisphereC3CSVGRGAP01 2+3 Voyager gap fillC3CSASGRNG01 2x2 Asgard ring structureC3CSVALPLM01 1x1 1-color Valhalla palimpsest; hi res C3CSCATENA01 1x8 CatenaC3CSVALPLN01 2x5 Valhalla scarp & smooth plainsC3CSVALGRB01 2x3 Valhalla graben Europa:C3ESWEDGES01 2x1+1 Wedges, Agenor LineaC3ESAJTERM01 1x1 Terminator, Cilix craterC3ESPLUMES01 6-image OCM Plume search; solar occultation Io:C3ISTOPMAP01 1x1 Topo Mapping, term @ 90.8 degreesC3ISTOPMAP02 1x1 Topo Mapping, term @ 119.8 deg;IoC3ISTOPMAP03 1x2 Topo Mapping, term @ 149.6 degreesC3ISTOPMAP04 1x1 Topo Mapping, term @ 177.8 degreesC3ISTOPMAP05 1x1 Topo Mapping, term @ 209.0 degrees Rings and Small Satellites:C3ASAMLTHE01 3-img OCM Target Longitude: 233 degreesC3ASAMLTHE02 1x1 Target Longitude: 330 degreesC3SSTHEBE_01 1x1 Target Longitude: 62 degreesC3RSRINGS_01 1x4 Main ring; S/C in solar occultationC3RSRNGHAL01 3+2 Ring halo; S/C in solar occultationC3RSGOSSMR01 1x2 Gossamer ring; S/C in solar occultatC3RSRINGS_02 1x1 Main ring; S/C in solar occultationC3RSRINGS_03 1x4 Main ring; S/C in solar occultation Jupiter:C3JSAURRGN01 1x2 emission 50-75 deg; aurora.C3JSBZONEB01 2x2 emission 25-55 deg; Belt Zone, 4 clrC3JSHICOLR01 1x1 High Res in 2 colors.C3JSHICOLR02 1x1 High Res.C3JSAURRGN02 1x2 emission 50-75 deg; auroral, 3 clrC3JSBZONEB02 2x2 emission 15-30 deg; Belt Zone, 4 clrC3JSBZONEB03 2x2 emission 30-50 deg; Belt Zone, 4 clrC3JSBZONEB04 2x2 emission 55-90 deg; Belt Zone, 4 clrC3JSLIMBHZ01 1+1 Jup limb at W equator & s poleC3JSLTGSPT01 1x1 Single spot search for lightningC3JSAURORA01 1x1 Aurora obs at South poleC3JSAURORA02 1x1 Aurora obs at South poleC3JSAURORA03 1x1 Aurora obs at South poleC3JSLTGSCN01 thru 06 East to W slew; lightning searchC3ISNA_CLD01 2-imag OCM S/C in occultation;sodium cldC3JSAURORA04 thru 06 1x1 Aurora obs at North pole Optical Navigation (OPNAV):C3ISOPNAV101 thru 127  Sequences/Observations for Orbit 4 (Europa 4)-----------------------------------------------(sequence name, footprint Size, and Objectives) SCLK ranges: 374456500 and 374885901 382058200 and 383085700 (OPNAV)ERT ranges: 96/337:20:50:32.231 - 96/349:18:46:37.142 97:040:02:06:39.721 - 97:047:10:36:59.533 (OPNAV) Summary:number of images w/ OCMs expected/received - 214/137number of OPNAVs expected/received - 12/10 Europa:E4ESGLOMAP01 3+2 Global mapE4ESMACSTR01 1x1 High res maculae contextE4ESDRKMAT01 3x1 High res dark materialE4ESMACSTR02 2x2 High res maculaE4ESDRKMAT02 3+2 High res dark material Io:E4ISIOECLI01 1x2 Eclipse, OCME4ISIOECLI02 2x2 Eclipse, OCM 3-colorE4ISSURMON01 2-1x2 Surface monitor, 18.8 Rj, OCME4ISGLOCOL01 1x2 Global 6-color, 1deg phase, #1E4ISGLOCOL02 1x1 Global 6-color, 1deg phase, #2E4ISIOECLI03 1x1 Eclipse, OCME4ISIONITE01 1x1 Io in Jupiter shine, OCM, #1E4ISIONITE02 1x1 Io in Jupiter shine, OCM, #2 Small Satellites:E4ASAMALTH01 1x4 OCM Target Longitude: 0E4SS_THEBE01 1x3 OCM Target Longitude: 180E4SSADRAST01 1x1 Target Longitude: 180E4SSADRAST02 1x1 Target Longitude: 300E4ASAMALTH02 1x1 Target Longitude: 240E4ASAMALTH02 1x1 Target Longitude: 240 Jupiter:E4JSHOTSPT01 1x4 emiss 27deg Hot spot, 4-clrE4JSHOTSPS01 1x3 emiss 27deg Hot spot, 2-clrE4JSHOTSPN01 2x2 emiss 27deg N hot spot, 2-clrE4JSHOTSPT02 1x4 emiss 31deg Hot spot, 4-clrE4JSHOTSPS02 1x3 emiss 31deg Hot spot, 2-clrE4JSHOTSPN02 2x2 emiss 31deg N hot spot, 2-clrE4JSHOTSPT03 1x3 emiss 76deg Hot spot, 4-clrE4JSHOTSPS03 1x2 emiss 76deg Hot spot, 2-clrE4JSHOTSPN03 2x1 emiss 76deg N hot spot, 2-clrE4JSHOTSPT04 1x4 emiss 31deg Hot spot, 1-clrE4JSHOTSPS04 1x3 emiss 31deg Hot spot, 1-clrE4JSHOTSPN04 2x2 emiss 31deg N hot spot, 2clrE4JS148PHA03 1x1 bright limb Hot spot lat,2clrE4JS148PHA04 1x1 bright limb 60 deg lat, 2-clrE4JS160PHA03 1x1 bright limb Hot spot lat,2clrE4JS160PHA04 1x1 bright limb 60 deg lat, 2-clr  Sequences/Observations for Orbit 6 (Europa 6)---------------------------------------------(sequence name, footprint Size, and Objectives) SCLK ranges: 383490245 and 383944168 388834700 and 389042900 (OPNAV)ERT ranges: 97/054-21:16:39.329 - 97/087-19:25:33.214 97:087:16:02:08.615 - 97:089:03:12:51.757 (OPNAV)Summary:number of images w/ OCMs expected/received - 220/179number of OPNAVs expected/received - 8/8 Europa:E6ESGLOBAL01 2x1 Global tie framesE6ESDRKLIN01 2x3 Dark linea, intersectionE6ESCRATER01 2x2 Crater & bright ejectaE6ESBRTPLN01 1x4 Bright plain materialE6ESCRATER02 1x6 Swath across crater & ejectaE6ESBRTPLN02 3+2 Hi-res bright plain material Callisto:E6CSCOLOR_01 1x1 Color Io:E6ISPELE__01 1x3 OCM Pele PlumeE6ISLOKI__01 2x2 OCM Loki PlumeE6ISRA____01 2x2 OCM Ra Patera PlumeE6ISSRFMON01 2x2 OCM Surface monitorE6ISPLUME_01 1x1 clr Plume @ radio occult lonE6ISTOPMAP01 1x1 Io topographyE6ISSRFMON02 1x1 color Surface monitorE6ISECLIPS01 1x1 Io eclipse Ganymede:E6GSCOLOR_01 1x1 Global color, VGR gapE6GSGLOBAL01 2x2 Global,VGR gapE6GSGLOBAL02 2x1 Global, VGR gap Small Satellites:E6SSTHEBE_01 1x4 OCM Target Lon:300 Act:300E6SSAMALTH01 1x1 Target Lon:120 Act:118 Jupiter:E6JSWHTOVL01 4x2 White oval, 1-colorE6JSWHTOVL02 4x2 White oval, 4-colorsE6JSWHTOVL03 4x2 White oval, 4-colorsE6JSWHTOVL04 4x2 White oval, 4-colors  Sequences/Observations for Orbit 7 (Ganymede 7)-----------------------------------------------(sequence name, footprint Size, and Objectives) SCLK ranges: 389266100 and 389269100 (OPNAV) 389522100 and 389923946ERT ranges: 97:090:16:37:46.549 - 97:090:17:15:21.121 (OPNAV) 97/099-16:31:28.087 - 97/122-07:10:33.019 Summary:number of images w/ OCMs expected/received - 208/177number of OPNAVs expected/received - 3/3 Callisto:G7CSGLOBAL01 1x1 global Europa:G7ESECLIPS01 2*OCM Solar eclipse by JupiterG7ESGLOBAL01 1x1 Global imageG7ESLOWFOT01 1x1 Low phase photometryG7ESVLOFOT01 1x1 Very low phase photometryG7ESTYRMAC01 1x1 Tyre MaculaG7ESAPEXCR01 5,1x1 Craters at apex of motion Io:G7ISECLIPS01 4*OCM Solar eclipse by JupiterG7ISECLIPS02 4*OCM Solar eclipse by JupiterG7ISSMONLO01 4*OCM Surface monitor @ low lonG7ISTOPMAP02 1x1 Topo mapping at lon 300G7ISTOPMAP03 1x1 Topo mapping at lon 330G7ISSMONHI01 1x1 Surface monitor @ high lonG7ISSMONLO02 4*OCM Surface monitor @ low lon Ganymede:G7GSPALIMP01 1x1 PalimpsestG7GSCATENA01 1x1 Enki CatenaG7GSNICHOL01 1x3 Nicholson RegioG7GSACHELS01 1x2 AchelousG7GSNUNSUL01 1x2 Nun SulciG7GSNEITH_01 2x2 NiethG7GSKITTU_01 1x1 KittuG7GSKITTU_02 1x1 3-color Kittu Small Satellites:G7SSTHEBE_01 3*OCM Target Longitude: 60G7SSADRTEA01 1x1 Target Longitude: 60G7SSMETIS_01 1x1 Target Longitude: 60 Jupiter:G7JSAUROA01 6*1x1 AuroraG7JSBRNBRG01 3+2+3 Brown Barge,4 clrG7JSBRNBRG02 3+2+3 Brown Barge, 4 clrG7JSBRNBRG03 2+2+2 Brown Barge, 4 clrG7JSBRNBRG04 3+2+3 Brown Barge, 1 clr  Sequences/Observations for Orbit 8 (Ganymede 8)-----------------------------------------------(sequence name, footprint Size, and Objectives) SCLK range: 394364268 and 394682801ERT range: 97/132-16:07:33.779 - 97/170-13:14:08.541 Summary:number of images w/ OCMs expected/received - 243/217 Callisto:G8CSVGRGAP01 3x5 Voyager gap fillG8CSSPOLAR01 3x4+1 south polarG8CSADLNDA01 3x4 AdlindaG8CSPHOTOM01 1x1 high phase photometry Io:G8ISECLIPS01 1x3 Io in eclipse 3-image OCMG8ISKANEHI01 1x3 Kanehikili plume monitorG8ISAMRANI01 1x3 Amirani plume monitoringG8ISMALIK_01 1x3 Malik plume monitoringG8ISPROMTH01 1x3 Prometheus plume monitorG8ISVOLUND01 1x3 Volund plume monitor, OCMG8ISMARDUK01 1x1 Marduk plume monitor Ganymede:G8GSREGCON01 1x1 Regional ContextG8GSTIAMAT01 1x1 Tiamat SulcusG8GSMARIUS01 1x1 Marius RegioG8GSRNGBAS01 1x2 multi-ringed basinG8GSBUTOFC01 1x2 Buto FaculaG8GSMELKRT01 1x2 Melkart CraterG8GSCALDRA01 2x3 caldera-like featuresG8GSFRACDK01 1x1 fractured dark terrainG8GSANSHAR01 1x2 Anshar SulcusG8GSPITCRA01 1x1 pit craterG8GSERECH_01 1x2 Erech Sulcus Small Satellites:G8SSADRAST01 1x1 CLRG8SSADRAST02 1x1 CLRG8SSMETIS_01 1x1 Target Longitude: 97 Jupiter:G8JSSOTEMP01 2x5 emission 34 to 90 degG8JSSOTEMP02 3+3+3+2 emission 34 to 70 degG8JSSOTEMP03 3+3+3+2 emission 45 to 90 deg  Sequences/Observations for Orbit 9 (Callisto 9)-----------------------------------------------(sequence name, footprint Size, and Objectives) SCLK range: 401505300 and 412460845ERT range: 97/180-17:21:45.765 - 97/256-07:30:49.661 Summary:number of images w/ OCMs expected/received - 416/222 Callisto:C9CSHAR___01 1x1 Domed crater (Har)C9CSCRATER01 2x3 Crater statistics, part 2C9CSVALHAL01 2x7 Valhalla eastern ringC9CSVALHAL02 1x1 Valhalla palimpsest, #1C9CSVALHAL02 1x1 Valhalla palimpsest, #2 Europa:C9ESGLOBAL01 1x1 Global clr mosaic,OCM, #1C9ESGLOBAL01 1x2 Global clr mosaic,OCM, #2C9ESGLOBAL01 1x2 Global clr mosaic,OCM, #3 Io:C9ISECLIPS01 1x2 OCM Eclipse observationC9ISPHOTOM01 1x1 Low-phase observationC9ISSRFMON01 1x1 topo & surface monitor, #1C9ISSRFMON01 1x1 topo & surface monitor, #2C9ISSRFMON02 1x1 topo & surface monitor, #1C9ISSRFMON02 1x1 topo & surface monitor, #2C9ISPELE__01 1x1 Plume (Pele)C9IECLIPS02 1x2 OCM Eclipse observation Ganymede:C9GSSULCUS01 1x4 regionalC9GSGLOBAL01 1x3 Global Mosaic, part 1C9GSGLOBAL01 1x4 Global Mosaic, part 2 Small Satellites:C9SSTHEBE_01 1x1 Target Lon: 60 Act: 49C9SSMETIS_01 1x4 OCM Target Lon: 217 Act: 180C9SSADRAST01 1x4 OCM Target Lon: 84 Act: 81C9SSMETIS_02 1x4 OCM Target Lon: 337 Act: 246C9SSADRAST02 1x4 OCM Target Lon: 204 Act: 189C9SSMETIS_03 1x3 OCM Target Lon: 97 Act: 27C9SSADRAST03 1x3 OCM Target Lon: 324 Act: 299C9ASAMALTH01 1x1 Target Lon: 240 Act: 240C9SSADRAST04 1x1 Target Lon: 204 Act: 187C9SSTHEBE_02 1x1 Target Lon: 60 Act: 60C9SSADRAST05 1x1 Target Lon: 84 Act: 60C9SSMETIS_04 1x1 Target Lon: 337 Act: 298C9SSTHEBE_03 1x1 Target Lon: 180 Act: 205C9ASAMALTH02 1x1 Target Lon: 120 Act: 120C9SSADRAST06 1x1 Target Lon: 204 Act: 186C9SSMETIS_05 1x1 Target Lon: 97 Act: 60C9SSADRAST07 1x1 Target Lon: 324 Act: 295C9ASAMALTH03 1x1 Target Lon: 240 Act: 240C9SSMETIS_06 1x1 Target Lon: 217 Act: 180C9SSTHEBE_04 1x1 Target Lon: 300 Act: 300 Jupiter:C9JSGRSFTK01 2x3 Great Red Spot, 1-clrC9JSPLMHOT01 1x3 Plume hot spot, 4-clrC9JSPLMHOT02 1x3 Plume hot spot, 4-clrC9JSGRSFTK02 1x4+1 Great Red Spot, 4-clrC9JSGRSFTK03 2x2 Great Red Spot, 4-clrC9JSPLMHOT03 1x3 Plume hot spot, 1-clrC9JSSCATT_01 High-phase aerosol 2-clr, #1C9JSSCATT_01 High-phase aerosol 2-clr, #2C9JSSCATT_02 High-phase aerosol 2-clr, #1C9JSSCATT_02 High-phase aerosol 2-clr, #2  Sequences/Observations for Orbit 10 (Callisto 10)-------------------------------------------------(sequence name, footprint Size, and Objectives) SCLK range: 413382800 and 413807200 416072500 and 416114068ERT range: 97/266-20:15:24.946 - 97/305-07:54:40.011 Summary:number of images w/ OCMs expected/received - 213/168 Callisto:10CSASGARD01 1x12 Asgard transect10CSSMTHPL01 1x1 Smooth plains10CSSMTHPL02 1x2+1 Smooth plains10CSTINDR_01 1x1 Dome crater Tindr10CSRNGSTR01 1x2 Small ring structure Eurpoa:10ESGLOBAL01 1x1 Global color10ESGLOBAL02 1x1 Global color10ESEURPLM01 1x3 Aurora/plume search, OCM, #110ESEURPLM01 1x3 Aurora/plume search, OCM, #210ESEURPLM02 1x3 Aurora/plume search, #110ESEURPLM02 1x3 Aurora/plume search, OCM, #20ESEURPLM03 1x3 Aurora/plume search, #110ESEURPLM03 1x3 Aurora/plume search, OCM, #2 Io:10ISIOECLI01 1x1 Eclipse10ISIOGLOC01 1x2 6-clr global, low longs, OCM, #110ISIOGLOCA1 1x2 6-clr global, low longs, OCM, #210ISIOGLOCB1 1x2 6-clr global, low longs, OCM, #310ISIOTOPO02 1x1 Topo, term long 6510ISIOGLOC03 1x1 6-clr global, mid longs, #110ISIOGLOC04 1x3 6-clr global, mid longs, #210ISIOGLOC05 1x3 6-clr global, mid longs, #310ISIOGLOC06 1x3+1x3 6-clr global, high longs, OCM10ISIOECLI02 1x2 Eclipse aurora, OCM10ISIOAURO01 1x1 Io aurora during occultation10ISIOAURO02 1x1 Io aurora during occultation Ganymede:10GSGLOCOL01 1x1 5-color global Small Satellites:10ASAMALTH01 1x1 Target Longitude: 010SSTHEBE_01 1x1 Target Longitude: 300 Rings:10RSRINGS_01 1x1 Jupiter Rings Jupiter:10JSNPHAZE01 2x2+1 North pole aurora, 4-clr10JSNPHAZE02 1X3 North pole aurora, 1-clr10JSNPHAZE03 2x2+1 North pole aurora, 1-clr10JSFLXTUB01 1x1 Footprint of Fluxtube10JSLGHTN01 4-1x1 lightning survey10JSLGHTN01 1x1 lightning survey, clr&clear10JSLGHTN01 4-1x1 lightning survey, color10JSLGHTN01 1x1 lightning, limb haze & ref10JSLGHTN02 2-1x1 lightning survey10JSLGHTN02 1x1 lightning, equator scan10JSLGHTN02 2-1x1 lightning, N & S high lat10JSLGHTN02 1x1 lightning survey, clr&clear10JSLGHTN02 4-1x1 lightning survey, color10JSLGHTN02 1x1 lightning, limb haze & ref10JSLGHTN03 2-1x1 lightning survey10JSLGHTN03 1x1 lightning, equator scan10JSLGHTN03 2-1x1 lightning, N & S high lat10JSLGHTN03 1x1 lightning survey, clr&clear10JSLGHTN03 4-1x1 lightning survey, color10JSLGHTN03 1x1 lightning, limb haze & ref10JSLGHTN04 4-1x1 lightning survey10JSLGHTN04 1x1 lightning survey, clr&clear10JSLGHTN04 4-1x1 lightning survey, color10JSLGHTN04 1x1 lightning, limb haze & ref10JSLGHTN05 4-1x1 lightning survey10JSLGHTN05 1x1 lightning survey, clr&clear10JSLGHTN05 4-1x1 lightning survey, color10JSLGHTN05 1x1 lightning, limb haze & ref10JSAURORA01 2-1x1 South polar aurora zone10JSAURORA01 5-1x1 South polar aurora zone #210JSAURORA02 2-1x1 South polar aurora zone10JSAURORA02 5-1x1 South polar aurora zone #210JSAURORA03 2-1x1 North polar aurora zone10JSAURORA03 6-1x1 North polar aurora zone10JSAURORA04 2-1x1 North polar aurora zone10JSAURORA04 6-1x1 North polar aurora zone10JSAURORA05 2-1x1 North polar aurora zone10JSAURORA05 6-1x1 North polar aurora zone10JSAURORA06 2-1x1 North polar aurora zone10JSAURORA06 6-1x1 North polar aurora zone Sequences/Observations for Orbit 11 (Europa 11)-----------------------------------------------(sequence name, footprint Size, and Objectives) SCLK range: 420361400 and 420900345ERT range: 97/313-18:06:10.656 - 97-344/01:42:02.037 (est) Summary:number of images w/ OCMs expected/received - 214/137 Callisto:11CSPHOTOM01 1x1 low phase photometry Io:11ISECLIPS01 2x2 OCM Io in eclipse11ISLOWPHA01 1x1 low phase angle photometryG8CSADLNDA01 3x4 Adlinda11ISTOPO__01 1x1 topography11ISCULANN01 1x3 OCM Culann plume monitor11ISVOLUND01 1x3 OCM s. Volund plume monitor11ISMARDUK01 1x3 OCM Marduk plume monitor11ISPILLAN01 1x3 OCM Pillan plume monitor11ISLOKI__01 1x3 OCM Loki plume monitor11ISECLIPS02 2*1x2 OCMs Io in eclipse11ISKANEHI01 1x3 OCM Kanehikili plume monitor Europa:11ESCOLORS01 1x1 regional color samples11ESREGMAP01 2x5 near-terminator mapping11ESMORPHY01 2x4 high-resolution morphology Small Satellites:11SSTHEBE_01 1x1 Thebe11SSAMALTH01 1x1 high res Amalthea11SSADRAST01 1x1 high res Adrastea11SSMETIS_01 1x1 high res Methis11SSMETIS_02 1x1 Methis global shape11SSTHEBE_02 1x1 high res Thebe11SSMETIS_03 1x1 high res Metis Rings:11RSRINGS_01 1x1 fill gaps in phase angle view11RSRINGS_02 1x1 fill gaps in phase angle view Jupiter:11JSFEATRK01 3x1 possible 'brown barge' site11JSFEATRK02 3x1 possible 'brown barge' site11JSFEATRK03 3x1 possible 'brown barge' site11JSAURORA01 1x2 time-lapse rotation sequence11JSAURORA02 1x2 time-lapse rotation sequence11JSAURORA03 1x2 time-lapse rotation sequence11JSAURORA04 1x2 time-lapse rotation sequence11JSAURORA05 1x2 time-lapse rotation sequence11JSAURORA06 1x2 time-lapse rotation sequence11JSAURORA07 1x2 time-lapse rotation sequence11JSAURORA08 1x2 time-lapse rotation sequence11JSLTNING01 14 footprints day lightning areas11JSLTNING02 13 footprints gain 1 & 2  Limitations: This section documents the currently known information about errors anddiscrepancies in the VICAR labels, and PDS labels and index tables forthe entire Jupiter Orbital Operations data set. For the purpose of thissection 'CD's ' refers to the three Jupiter SSI REDR CD-ROM's GO_0017through GO_0019. Information regarding errors in specific images or problem images isdocumented in the ERRATA.TXT. Errors identified on previous volumeswill also be include in the ERRATA.TXT. VICAR Labels: Definitions for VICAR field names can be found in in 'SSI Raw ExperimentData Record for Phase 2 Software Interface Specification' (WHITE1997)which is included in the Document sub-directory on these volumes. A) The RAD keyword (ring radius) within the VICAR label is onlyapplicable for ring images. If the image is not of a ring, thevalue is set to 0.0. B) The following fields in the VICAR label were not implemented for theentire set of CD's due to the angular velocity not being returned. SMEAR -999.0SMRAZ 0.0 C) If no SPICE C information is available the following pointing fieldsin the VICAR label are not available (this affects OPNAV images). RA:0.0DEC :0.0TWIST :0.0 D) For targets other than a planetary body or asteroid (e.g. black sky,stars, calibration etc.) the pointing information supplied for thefollowing label items is calculated for Jupiter. A listing of themissing fields is provided below. These fields are missing if nocorresponding SPICE SP information is available for an image. EMAPHAINALATLONTCAHSCLVSCLPLRANGESLRANGESUNAZNORAZSCAZSOLRANGE  PDS Labels:---------- Definitions for PDS field name can be found in the Planetary ScienceData Dictionary (PDS1996). A) The following PDS fields are copied directly from the on-chip mosaicparent's and thus only serve as very rough approximations for thechild: MEAN_TRUNCATED_BITSMEAN_TRUNCATED_SAMPLESENCODING_COMPRESSION_RATIOENCODING_MIN_COMPRESSION_RATIOENCODING_MAX_COMPRESSION_RATIO B) The following PDS fields were not applicable for the entire set ofCD's . BLEMISH_FILE_NAME : 'N/A'CENTER_RING_RADIUS : 0.0DARK_CURRENT_FILE_NAME :' N/A'EDR_FILE_NUMBER :' N/A'EDR_TAPE_ID : 'N/A'MEAN_RADIANCE : 'N/A'MEAN_REFLECTANCE : 'N/A'RADIANCE_SCALING_FACTOR : 'N/A'REFLECTANCE_SCALING_FACTOR : 'N/A'SHUTTER_OFFSET_FILE_NAME : 'N/A'SLOPE_FILE_NAME : 'N/A'UNEVEN_BIT_WEIGHT_CORR_FLAG : 'N/A' C) The following PDS fields were not implemented for the entire setof CD's. SMEAR_AZIMUTH : 0.000SMEAR_MAGNITUDE : 'unk' D) If the SPICE C information is unavailable the following pointingfields in the PDS label are not available. DECLINATION : 0.000RIGHT_ASCENSION : 0.000TWIST_ANGLE : 0.000 E) For targets other than a planetary body or asteroid (e.g. black sky,stars, calibration etc.) or if the SPICE SP information is missing, thepointing information supplied for the following label items is calculatedfor Jupiter in the PDS labels. These fields are missing if nocorresponding SPICE SP information is available for an image. A_AXIS_RADIUSB_AXIS_RADIUSC_AXIS_RADIUSCENTER_LATITUDECENTER_LONGITUDECENTRAL_BODY_DISTANCEEMISSION_ANGLEHORIZONTAL_PIXEL_SCALEINCIDENCE_ANGLENORTH_AZIMUTHPHASE_ANGLESATELLITE_TIME_FROM_CLST_APRSLANT_DISTANCESUB_SOLAR_AZIMUTHSUB_SOLAR_LATITUDESUB_SOLAR_LONGITUDESUB_SPACECRAFT_AZIMUTHSUB_SPACECRAFT_LATITUDESUB_SPACECRAFT_LINESUB_SPACECRAFT_LINE_SAMPLESUB_SPACECRAFT_LONGITUDETARGET_CENTER_DISTANCENTV_TIME_FROM_CLOSEST_APPROACHVERTICAL_PIXEL_SCALE